3Zelitch I, Walker D A. The role of glycolic acid metabolism in the opening of leaf stomata. Plant Physiology, 1964. 39 : 856 - 862.
4Gerald A, Berkowitz J R. Antitranspirant associated abecisic acid effects on the water relations and yield of transplanted bell peppers.Plant Physiology. 1988. 86(3) :329 - 331.
5Steven C, Grossnickle, Raymund S F. Abscisic acid analogs reduce planting stress in newly planted seedlings: Proceedings, Forest and Conservation Nursery Associations. 1994. Available. online: http://www. fcnanet, org/proceedings/1994/grossnickle. pdf.
6Darlington A, Vishnevetskaia K, Blake T J. Growth enhancement and antitranspirant activity following seed treatment with a derivative of 5-hydroxybenzimidazole (Ambiol) in four drought-stressed agricultural species. Physiologia Plantarum. 1996. 97:217 - 222.
7Marco Bittelli et al. Reduction of transpiration through foliar application of chitosan. Agricultural and Forest Meteoroloffy. 2001. 107:167 - 175.
8Fuehring H D. Effect of antitranspirants on yield and moisture relationships of grain sorghum and other crops under limited irrigation.Eighth Grain Sorghum Research and Utilization Conference. Lubbock.Tex 1973 : 63 - 65.
9Fuehring H D. Effect of antitranspirants on yield of grain sorghum under limited irrigation. Agronomy Journal. 1973, 65:348 -351.
10Fuehring H D, Finkner M D. Effect of folicote antitranspirant on field grain yield of moisture-stressed corn. Agronomy Journal. 1983,75:579 - 582.